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DL Chemical High-Density Polyethylene (HDPE)
is produced by applying chromium catalysts or metallocene catalysts developed by us to Chevron Phillips’ slurry process. Various products are developed and supplied to meet customers’ needs.

  • Products using chromium as catalysts have a broad distribution of molecular weight and long chain branches due to the use of Hexene-1 as a co-monomer and properties of the catalyst. In particular, this product has high performance in hollow molding.
  • The co-monomer for products using metallocene as a catalyst is Hexen-1, and our own catalyst technology enables an excellent balance of processability and physical properties by regulating molecular weight and its distribution.
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Characteristics

  • 01 Hexene-1 co-monomer products

    Excellent long-term physical properties (ESCR, LTHS) and impact strength

  • 02 Broad distribution of molecular weight

    Outstanding extrusion processability, especially in large drums
    - Very smooth exterior surface and uniform thickness profile

  • 03 Diverse product lines

    Small and medium containers, large drum products, injection molding products, and PE100/80 Pipe Grade

Main products

Grade, Application,Detail application, MI, Density, TDS, MSDS 항목 테이블
Grade Application Detail application MI Density TDS MSDS

MIE 2.16kg, MIP 5kg, MIF 21.6kg

Contact information

Guidelines on the collection and use of personal information

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Daelim Co., Ltd collects a minimal amount of personal information necessary to provide accurate and sufficient answers to inquiries and requests.
Guidelines for the collection and use of personal information are as follows. Please read them carefully and agree.


1. Purpose : Identification, Customer Inquiries, Handling of Complaints

2. Categories of Personal Information Collected
Mandatory : Name, email address, content of inquiry
Optional : Contact information

3. Period of storage and use
- 6 months after submission

4. Disagreement to the Collection and Use of Personal Information
You may disagree to this service's collection and use of personal information, in which case you will not be able to use this service.